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Secondary School (English Medium) (5 to 8) Class 8 - CBSE Question Bank Solutions

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The following line graph shows the yearly sales figures for a manufacturing company.

  1. What were the sales in (i) 2002 (ii) 2006?
  2. What were the sales in (i) 2003 (ii) 2005?
  3. Compute the difference between the sales in 2002 and 2006.
  4. In which year was there the greatest difference between the sales as compared to its previous year?
[13] Introduction to Graphs
Chapter: [13] Introduction to Graphs
Concept: undefined >> undefined

For an experiment in Botany, two different plants, plant A and plant B were grown under similar laboratory conditions. Their heights were measured at the end of each week for 3 weeks. The results are shown by the following graph.

  1. How high was Plant A after (i) 2 weeks (ii) 3 weeks?
  2. How high was Plant B after (i) 2 weeks (ii) 3 weeks?
  3. How much did Plant A grow during the 3rd week?
  4. How much did Plant B grow from the end of the 2nd week to the end of the 3rd week?
  5. During which week did Plant A grow most?
  6. During which week did Plant B grow least?
  7. Were the two plants of the same height during any week shown here? Specify.
[13] Introduction to Graphs
Chapter: [13] Introduction to Graphs
Concept: undefined >> undefined

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The following graph shows the temperature forecast and the actual temperature for each day of a week.

  1. On which days was the forecast temperature the same as the actual temperature?
  2. What was the maximum forecast temperature during the week?
  3. What was the minimum actual temperature during the week?
  4. On which day did the actual temperature differ the most from the forecast temperature?
[13] Introduction to Graphs
Chapter: [13] Introduction to Graphs
Concept: undefined >> undefined

Use the tables below to draw linear graphs.

The number of days a hill side city received snow in different years.

Year 2003 2004 2005 2006
Days 8 10 5 12 
[13] Introduction to Graphs
Chapter: [13] Introduction to Graphs
Concept: undefined >> undefined

Use the tables below to draw linear graphs.

Population (in thousands) of men and women in a village in different years.

Year 2003 2004 2005 2006 2007
Number of men 12 12.5 13 13.2 13.5
Number of women 11.3 11.9 13 13.6 12.8 
[13] Introduction to Graphs
Chapter: [13] Introduction to Graphs
Concept: undefined >> undefined

A courier-person cycles from a town to a neighboring suburban area to deliver a parcel to a merchant. His distance from the town at different times is shown by the following graph.

  1. What is the scale taken for the time axis?
  2. How much time did the person take for the travel?
  3. How far is the place of the merchant from the town?
  4. Did the person stop on his way? Explain.
  5. During which period did he ride fastest?
[13] Introduction to Graphs
Chapter: [13] Introduction to Graphs
Concept: undefined >> undefined

Can there be a time-temperature graph as follows? Justify your answer.

[13] Introduction to Graphs
Chapter: [13] Introduction to Graphs
Concept: undefined >> undefined

Can there be a time-temperature graph as follows? Justify your answer.

[13] Introduction to Graphs
Chapter: [13] Introduction to Graphs
Concept: undefined >> undefined

Can there be a time-temperature graph as follows? Justify your answer.

[13] Introduction to Graphs
Chapter: [13] Introduction to Graphs
Concept: undefined >> undefined

Can there be a time-temperature graph as follows? Justify your answer.

[13] Introduction to Graphs
Chapter: [13] Introduction to Graphs
Concept: undefined >> undefined

Find the greatest common factor (GCF/HCF) of the following polynomial:
2x2 and 12x2

[12] Factorization
Chapter: [12] Factorization
Concept: undefined >> undefined

Find the greatest common factor (GCF/HCF) of the following polynomial:
6x3y and 18x2y3

[12] Factorization
Chapter: [12] Factorization
Concept: undefined >> undefined

Find the greatest common factor (GCF/HCF) of the following polynomial:
7x, 21x2 and 14xy2

[12] Factorization
Chapter: [12] Factorization
Concept: undefined >> undefined

Find the greatest common factor (GCF/HCF) of the following polynomial:
42x2yz and 63x3y2z3

[12] Factorization
Chapter: [12] Factorization
Concept: undefined >> undefined

Find the greatest common factor (GCF/HCF) of the following polynomial:
12ax2, 6a2x3 and 2a3x5

[12] Factorization
Chapter: [12] Factorization
Concept: undefined >> undefined

Find the greatest common factor (GCF/HCF) of the following polynomial:
9x2, 15x2y3, 6xy2 and 21x2y2

[12] Factorization
Chapter: [12] Factorization
Concept: undefined >> undefined

Find the greatest common factor (GCF/HCF) of the following polynomial:
4a2b3, −12a3b, 18a4b3

[12] Factorization
Chapter: [12] Factorization
Concept: undefined >> undefined

Find the greatest common factor (GCF/HCF) of the following polynomial:
6x2y2, 9xy3, 3x3y2

[12] Factorization
Chapter: [12] Factorization
Concept: undefined >> undefined

Find the greatest common factor (GCF/HCF) of the following polynomial:
a2b3, a3b2

[12] Factorization
Chapter: [12] Factorization
Concept: undefined >> undefined

Find the greatest common factor (GCF/HCF) of the following polynomial:
36a2b2c4, 54a5c2, 90a4b2c2

[12] Factorization
Chapter: [12] Factorization
Concept: undefined >> undefined
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